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| We use ours and other brands analyzers. Fast loop up to 5 points of emission with single set of analyzers make possible to execute measures with high level sensors and low costs. All the equipment communicate with the acquisition data PC with various communication industrial protocols. The systems are equipped with full diagnostic for monitoring the correct operations of all the components and for the environmental conditions. |
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Gasmet CEMS is a fully automatic measuring system for demanding emissions monitoring applications. The FTIR (Fourier Transform Infrared Spectroscopy) based measurements provide high accuracy, minimise the need for span calibrations, and most importantly allow the measurement of multiple compounds with just one analyser.
Hot extractive sampling ensures reliable results for water soluble compounds such as HF, HCl, and NH3. Gasmet CEMS require no sample gas drying, cooling, or dilution. The hot-and-wet sample gas is simply pumped to the heated and corrosion resistant sample cell after particle filtration.
The Gasmet CEM Systems are protected by extensive self-diagnostics functions. The system automatically flushes itself with zero gas on any alarm, thereby protecting the critical parts from condensation.
The Gasmet CEMS is in its natural environment in demanding waste incinerator applications (waste incinerator plants and cement kilns etc.). Other application areas where Gasmet CEMS can also reveal its full potential include the separation of organic compounds; slip ammonia control in DeNOx systems and measurement of special inorganic compounds like HCN. |
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The Gasmet™ In Situ combines the benefits of in-situ – design with the advanced analysis capabilities of an FTIR spectrometer. When compared with traditional in-situ analyzers, the Gasmet™ In Situ excels both in terms of analysis performance, calibration stability and in the ease of maintenance. The Gasmet™ In Situ analyzer offers a cost-effective alternative to extractive systems in continuous emissions & process monitoring applications where multiple gas compounds need to be monitored with great accuracy.
The Gasmet™ In-Situ incorporates a Fourier Transform Infrared spectrometer, a sample cell which is directly inserted into the sample gas flow, and signal
processing electronics in a compact package. This analyzer is fully equipped for fixed installations and it offers versatility and high performance for a wide range of different applications. Gasmet In Situ can generate direct 4-20 mA outputs, or alternatively it can be connected to external PC for further data analysis and logging features.
The Gasmet In Situ analyser offers a cost-effective solution for continuous emissions monitoring & process control applications. |
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LAND has a range of stack gas emissions analysers suitable for measuring a wide range of pollutant gases. These analysers are for stack emissions monitoring of CO, O2, NO, NO2, NOx, SO2, SO3 & CO2 in flue gas.
These gas analysers can operate stand-alone or form part of an automated measurement system (AMS) or continuous emissions monitoring system (CEM). |
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* Ion-selective electrode with patented, replaceable tip
* Automatic calibration
* Temperature-controlled wall-jet flow cell
* Rugged, lightweight enclosure
* Ultra-low reagent consumption
* Virtually immune to interferences |
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Provides multiple analyzer display, individual instrument setup, system alarm indication and printer control functions for up to eight sensors. Position wherever it is convenient. Self-contained stand alone version in a moisture-sealed aluminum enclosure with splash-resistant I/O connections. Secure in place with a steel mounting bracket.
-Multiple analyzer display, individual instrument setup, system alarm indication and printer control functions
-Control up to eight sensors
-Convenient positioning
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Low cost controllers for installations up to 16 channels
Flexible ModBus RTU interface
4-20 mA outputs (820 only)
Auto-configuration of iTrans and AirAware monitors (810 only)
The 810/820 family of gas controllers are ideal for installations under 16 points. The 810 Controller is a digital ModBus controller that can act as both a master and slave device. It can communicate with up to 16 iTrans or AirAware units on a network. A second ModBus interface allows the 810 to be a ModBus RTU slave device on large networks. The 810 Controller has an LCD display, 16 programmable relays for turning on/off external alarms, and on-board audio and visual alarms.
The 820 Controller is 2 channel analog controller. The 820 can accept two 4-20 mA signals from any transmitter and displays the reading on the large LED display. The 820 has 4-20 mA pass-through allowing the analog signal to be passed along to other control devices. A ModBus RTU interface on the 820 Controller allows it to be placed onto larger digital networks.
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The OPASTOP® GP 2001 H is particularly adapted to the following applications:
• Continuous monitoring of dust emission concentration.
• Monitoring of filtration system emissions.
• Monitoring of flue gas opacity for maximum burner combustion.
A cone of light transmitted by fibre optic cable from a light source is shone into the measuring area from the scanner head. A fibre optic receiving cable transmits the reflected light from the suspended particles to a
photosensitive cell.
Four generations of equipment with over 30 years experience in the field
have given the GP 2001 H the following advantages:
• Reflection type measuring system, in-situ, giving:
• The best available sensitivity to low dust levels.
• Rapid response time.
• A single scanner head, completely separate from the electronics panel, giving :
• Easy to fit assembly.
• No scanner alignment required.
• High tolerance to temperature and vibration.
• Large back-lit interactive LCD screen, showing clear instructions
making it easy to understanding and use.
• Modulated light source eliminating parasitic light reflection.
• Modular design, enables easy maintenance and parts replacement.
• Automatic scale switch-over from low to high dust content enables a permanent reading of the measured value.
• Scanner head fits in place of all the preceding generations of OPASTOP® can replace all versions of GP 1000 H / GP 2000 H OPASTOP® scanner heads without modification. |
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Atmospheric aerosol plays an important role in atmospheric processes There are various sources of atmospheric aerosols including combustion of fossil fuels, biomass burning or mineral dust from desert region. The degree of contribution to the above mentioned effects depends on the type of aerosols, therefore there is a strong need for instruments which can measure not only the total concentration of atmospheric aerosols, but can also classify it. Photoacoustics was always recognized as a highly promising method for qualitative analysis of aerosols, as it can measure directly the amount of light absorption by aerosols, while being largely insensitive to uncharacteristic light scattering. However photoacoustic differentiation between aerosols was strongly hindered by the fact that optical absorption spectra of aerosols are highly uncharacteristic, when measured in a narrow wavelength range. We have developed and patented a method of measuring photoacoustically the absorption spectra in a wide wavelength range, i.e. from the near-infrared to the UV. With our MuWaPas system it is possible top differentiate between aerosol types.
Besides aerosols, we also offer gas monitoring systems for ammonia, methane, ozone or BTEX monitoring.
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°C, hPa, O2, CO/H2, CO2 determination, CO/CO2 ambient measurement, gas leak measurement, DT, DP, Eta, qA
•Instrument diagnosis
•400 measurement data sets incl. object address and plant no.
•IRDA interface for transferring data to a PDA/notebook
•USB interface for transferring data to a PC
•ZIV-driver for all other common trade software |
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O2, CO, COlow, NO, NOlow, NO2, SO2
•Max. 3 measurement cells
•Two toxic measurement cells, freely selectable
•High-performance automatically controlled membrane pump
•Logger function
•Parallel DP and m/s measurement for flue gas measurement
•2 measurement range extensions (standard : single dilution with factor 5, option: dilution for all sensors with factor 2) |
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O2, CO, COlow, NO, NOlow, NO2, SO2, H2S, HC, CO2 (NDIR)
•Max. 6 measurement cells
•Fast and easy measurement cell changing with pre-calibrated measurement cells
•Measuring range extension for CO with selectable dilution factors
•Integrated Peltier gas preparation with a hose pump for condensate disposal |
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Designed for measuring simultaneously up to three gases with NDIR technology with correlation cells. Typical gases are CO, NO, CO2, CH4, SO2, etc. No regular service needed, it executes automatically zero autocal with ambient air. This analyzer is equipped with 4 analogical output (4-20 ma) and 2 serials (mod-Bus RTU/ASCI), double threshold contact alarm for every measurement, fault and service. A special version with a long optical path allows the measure of extremely low amounts.
4 optional analogical input 4-20 ma and 6 digital input make it the perfect controller for every analysis system (CEMS). European certification in progress.
Hart protocol available as option.
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Extractive process gas analysis is characterized by the fact that a sample is extracted from the process line and conveyed to the analyzer. Typically, the sample is extracted by a probe, then transported through a sample line and conditioned before being processed to the analyzer.
Siemens has integrated numerous extractive analytical methods in the series 6 analyzers family with a modular and consistent housing and operating concept. Each of the analyzers is thereby a class of its own:
IR-active components: ULTRAMAT 6 and ULTRAMAT 23
IR-active components and Oxygen
Oxygen: OXYMAT 6 and OXYMAT 61 and OXYMAT 64
Hydrocarbons (total content measurement): FIDAMAT 6
Hydrogen and noble gases: CALOMAT 6 and CALOMAT 62 |
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| HazardWatch is a modular Fire and Gas Detection System built using state-of-the-art industrial automation/control equipment to perform the requirements of an integrated Fire and Gas Detection System certified by Factory Mutual to be compliant to NFPA 72 (2002). |
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Secure field bus for Fire & Gas system solution
WITHOUT COMMUN FAILURE MODE
Since 1948, SIMTRONICS has specialised in high technology products for the analysis and detection of gas. Today, the Syntel System and its new line of remote sensors come at the leading edge of technologic innovation (30 registered patents) to guarantee a safe and efficient secured system :
• Very high safety level, SIL 2
• Distributed intelligence protocol where each sensor interacts with output modules,
• Safety ring topology with a single cable brings reduced costs,
• Open system,
• Integration and control of digital and analog signals,
• MODBUS / LonWorks gateway enabling connection with supervision systems, SCADA, PLC,
• Flexible configuration using its own dedicated configuration tool,
• Easy-to-use exploitation system. |
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Available for zone 1, ATEX
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In order to permit the measurement and the continuous control of smokes generated by the combustion of natural gas, fuel oil, coal or garbage, Fuji Electric has developed a complete line of gas analysers allowing to adapt all industrial facilities to the standards and regulations limiting the disposals of pollutants in the atmosphere.
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Applications: for controls and the complete analyzes of the industrial and domestic boilers, you will be able to store the series of measurement and to exploit them on PC.
Answers reference frame QUALIGAZ
2 cells O2 and CO
2 optional cells NO (Nox), NO2, SO2 with the choice.
O2, CO2, CO, CO of smoke, ambient CO Peak, NO, NO2, Nox, SO2. Room temperature, of smoke, Delta T ECS.
T Departure and T return
Differential pressure, Delta P
Excess of air, Losses, Output
Index of opacity
Current of ionization
Sealing of the gas network
5 preprogrammed fuels: natural gas, heavy fuel, domestic fuel, butane, propane.
5 other fuels can be programmed on request.
Impact printer integrated with standard paper (not thermics).
Memory size of 250 series of measurement.
Possibility of recording and of printing the indices of opacity.
Comparison between O2, CO2 and excess of air (Lambda)
Integrated room temperature, of smoke and differential T.
Detection and localization of the gas leaks.
Manual switch or automatic of protection of the cell CO.
Indicator of wear of the state of the cells.
Food: refillable battery or sector 230 Vac.
Delivered in a case, with note of use and certificate of calibration. |
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Model CEA-9001 Flue Gas Analyzer & PEM-9002 Portable Emissions Monitor
The CEA-9001 is a digital, hand-held, flue gas analyzer featuring state-of-the-art microprocessor technology.
Ideally suited for inspecting and servicing small and medium sized heater installations, it is used for safety-relevant technical inspections of CO emission concentrations in gas combustion plants.
The CEA-9001 offers storage of 100 complete blocks of measurement data which can be printed directly via an IR printer or processed through an appropriate PC program.
Optional upgrades are available for up to three measurement cells -- O2, CO, and NO -- which allows for CO measurement with H2 compensation, waste gas temperature, O2 / CO2 content, and combustion air temperature measurement.
The CEA-9001 is available with a light weight yet rugged carrying case. |
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MULTILYZER is a digital display flue gas analysis computer with state-ofthe-
art processor technology and convincing, compact design. Measured parameters: O2, COH2, flue gas temperature, combustion air
temperature, draft, pressure, differential pressure.
Options: CO20,000, NO, SO2 Calculated parameters: CO absolute,
CO2, NOx, lambda, eta efficiency, flue gas losses, dew point, temperature
difference. Options: Solid fuel calorific value EB, 15 minutes mean value for solid fuel measurement, eta efficiency condensing systems |
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| AMETEK Thermox offers three styles of direct-mount flue gas oxygen analyzer - all are easily serviced without removing the analyzer from the flange. Insitu – average response, to 1250°F (677°C). Convective – average response, to 2600°F (1537°C). Close-coupled extractive – very fast response to 3200°F (1760°C). |
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A complete range of flue gas oxygen analysers for all applications
Genesis is a range of flue gas oxygen analysers developed specifically for combustion analysis and control applications. Unrivalled flexibility and ease-of-use enables the Genesis oxygen analyser systems range to meet all process requirements.
The range of Oxygen Analysers for General Purpose Applications includes in-situ measurement probes for a wide range of flue gas temperatures (0 - 1250 °C / 32 - 2282 °F), local and remote control units, and an automatic calibration unit.
The 'stand-alone system' is the world's first truly, This oxygen analyser also carries TÜV approval.
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| Reliable measurement of ppm combustibles (CO + H2) or carbon monoxide (CO) together with oxygen, allows the user to determine and maintain the optimal O2 set point for the process. This results in improved product throughput, increased safety, longer equipment life, lower emissions and maximized fuel efficiency. |
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COMTEC® 6000 is a totally new and unique InSitu Oxygen & COe (Combustibles) flue gas and process gas analyser. The innovative combustibles sensor pioneered and developed by ENOTEC (patent pending), combines with its world-proven "leak-proof" Zirconia Cell technology to produce the worlds first InSitu O2 & COe analyser.
Both measuring cells, (O2 & COe), are actually located inside the process measuring actual real-time values without the need for sampling, conditioning and expensive hybrid systems. The COMTEC® 6000 probe simply installs directly inside the duct for direct & continuous dual readings of Oxygen & COe present. COMTEC® 6000 can easily be installed as standalone instrument or as a retrofit upgrade to an existing system. It's designed to be maintenance free, with minimal calibration requirements, and completely user-friendly operation.
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| In applications such as ceramics glazing, reducing zones of incinerators, annealing furnaces, and other surface treating processes for metals, it is often necessary to control to a specific oxidizing or reducing condition. These analyzers can measure sub-stoichiometric furnace atmospheres accurately and reliably thereby helping to maintain a consistent product quality. |
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| New analyzer who has the absolutely new characteristic of direct in situ oxygen measuring in processes with various and variable temperatures. The probe, realized in ceramics, can be used in every type of process. The special cell heater is not be damaged also with high temperatures of the process. |
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Gas analyzers, Portable gas detectors 
